SGDV-590A21A001EX002 Original Yaskawa High performance servo driver SGDV-590A21A001EX002
Yaskawa SGDV-590A21A001EX002: Elevate Your Automation Performance
Introducing the Yaskawa SGDV-590A21A001EX002, a cutting-edge high-performance servo driver designed to elevate your automation endeavors. This tool embodies precision, reliability, and advanced technology, making it the ideal choice for a diverse range of industrial applications. From high-speed communication capabilities to robust performance metrics, it caters to the demanding requirements of modern machine operations.
Product Overview
Brand | Yaskawa |
---|---|
Model | SGDV-590A21A001EX002 |
Type | High Performance Servo Driver |
Max Motor Capacity | 11 kW |
Power Supply Voltage | Three-Phase AC 200V |
Interface | MECHATROLINK-III Communication |
Functionality | No Deviation Standard |
Ratings | Continuous Operation |
Protection Mode | IP67 Self-Cooling |
Technical Specifications
- Hardware Specification: Rack-Mounting Type
- Excitation Mode: Permanent Magnet Type
- Vibration Level: V15
- Operating Temperature: 0 ~ 40°C
- Installation Method: Flange Type
Enhanced Capabilities
The SGDV-590A21A001EX002 features remarkable enhancements over its predecessors. With two model options—EX001 and EX002—this servo driver offers unparalleled command tracking performance and trajectory control accuracy. The innovative Sigma-V-EX series incorporates a 20-bit absolute encoder, ensuring precise and reliable feedback essential for optimum operation.
Versatile Applications
This servo driver is perfect for a variety of applications, including placement machinery, PCB punching, and machine tool feeding devices. Its flexibility and advanced functionalities are engineered to optimize performance across industries, advancing your competitive edge.
Conclusion
With the Yaskawa SGDV-590A21A001EX002, experience a seamless integration of technology and reliability that promotes efficiency and productivity. Revel in its advanced features, and allow it to be the cornerstone of your automation framework.